International Journal of Industrial Electronics and Electrical Engineering(IJIEEE).
Paper Title - Development of Pulse Oximeter by using 32-Bit Arm based Microcontroller
Pulse oximeter is the medical device that can measure the oxygenated percentage inpatient’s blood
hemoglobin, which is noninvasive, simple and efficient method to measure the oxygen situation that transported
from the heart to different body organs. The use of pulse oximeter has been continuously increasing due to it can
be utilized at several measurement sites such as the chest, wrists, forehead, and feet. This study is aimed to
design pulse oximeter, which is can be used in real monitoring of human health. Thus, this study takes into
consideration to check the best method that can be achieved a good accuracy that will give dependable results
for both heart rate and SPO2 that can make the using of the proposed oximeter being practiced. For this purpose,
we have checked several MCU based ARM cortex 32bit and different sensors and method beside compared it
with the result taken from the common MUC result (Arduino UNIO). In follows the description of different
methods and its results.
Keywords- Oximeter, ARM Cortex, wearable device, heart rate.
Author - Waleed Mohmood Abdullah, Ergun Ercelebi
Citation - Waleed Mohmood Abdullah ,
Ergun Ercelebi ,
Waleed Mohmood Abdullah, Ergun Ercelebi " Development of Pulse Oximeter by using 32-Bit Arm based Microcontroller " ,
International Journal of Industrial Electronics and Electrical Engineering (IJIEEE) , Volume-6,Issue-9 ( Sep, 2018 )